IDEF 2025: Roketsan Introduces Cutting-Edge Weapon Systems

Roketsan’s Expanded Arsenal at IDEF 2025: A Leap in Defense Capability

At the IDEF 2025 exhibition, Roketsan, a prominent Turkish defense contractor, unveiled six innovative weapon systems designed for operations across terrestrial, aerial, maritime, and outer space domains. This significant development showcases Turkey’s commitment to achieving self-sufficiency in its defense capabilities, aligning with the country’s broader security objectives.

Key Offerings from Roketsan

Among the advanced systems presented, two standout weapons have already garnered attention in previous reports: the Gökbora beyond-visual-range air-to-air missile and the Akata, a submarine-launched variant of the ATMACA anti-ship missile. This review will delve into four additional systems that emphasize both technological advancement and strategic intent.

Şimşek-2: Advancing Space Launch Capabilities

At the heart of Roketsan’s latest offerings is the Şimşek-2, a space launch vehicle designed to deploy payloads of up to 1,500 kilograms into a sun-synchronous orbit exceeding 700 kilometers in altitude.

• Specifications:
  • Length: 39.2 meters
  • First Stage Diameter: 3.3 meters; Second Stage Diameter: 3.0 meters
  • Propellant: RP-1/LOX for the main stage and hypergolic liquid propellant for the kick stage

Roketsan aims to conduct the inaugural test launch of the Şimşek-2 in 2027, marking a critical milestone in Turkey’s ambitions for a robust space program.

Tayfun Block-4: Hypersonic Strategic Strike

Roketsan’s Tayfun Block-4 hypersonic missile represents the cutting edge of offensive capabilities. The missile, accompanied by a mobile launcher, is intended to strike high-value targets with precision from long distances.

• Characteristics:
  • Launch Mass: 7,200 kg
  • Length: 10 meters; Diameter: 938 mm
  • Range: Speculated to exceed 1,500 kilometers
  • Speed: Approximately Mach 5

Equipped with a Go-Onto-Location-In-Space (GOLIS) guidance system, details about the warhead and circular error probable (CEP) remain undisclosed. The missile is designed to neutralize critical military infrastructure such as command centers and air defense systems, reflecting a paradigm shift in strategic military engagement.

Eren: Evolving Modern Combat Tactics

The Eren is a multi-role loitering munition tailored for launch from various platforms, including land, sea, and air.

• Specifications:
  • Weight: 35 kg
  • Length: 2 meters; Diameter: 160 mm
  • Range: Over 100 kilometers
  • Endurance: Exceeding 15 minutes

Featuring a high-explosive blast/fragmentation warhead, the Eren targets both light and unarmored vehicles while integrating an INS/GNSS navigation system with an imaging infrared seeker for terminal guidance. This capability is designed to address operational gaps in modern warfare, including engagements against static and moving targets alike.

300 ER: Precision Air-Launched Munitions

In contrast to the Eren, the 300 ER is a dedicated air-launched munition poised for integration with jet fighters and heavy unmanned aerial vehicles (UAVs).

• Technical Details:
  • Launch Mass: 900 kg
  • Length: 5 meters
  • Range: Beyond 500 kilometers

Utilizing a solid-fuel rocket motor, the 300 ER leverages both INS/GNSS navigation and optronic guidance for enhanced targeting accuracy. With modular warhead options including high-explosive fragmentation or penetration types, this missile is well-suited for strategic operations against ground-based threats, such as radar installations and command centers.

Conclusion

The array of systems showcased by Roketsan at IDEF 2025 not only enhances Turkey’s operational capabilities but also reflects its strategic vision for comprehensive defense autonomy. By bridging advancements across multiple domains, these weapon systems signify an important evolution in Turkey’s military stature and its commitment to developing indigenous defense technologies.

As the global security landscape continues to evolve, monitoring developments in Turkish defense capabilities will be crucial for understanding regional power dynamics.